Home
Grupo de investigación BISITE
  • EN EN
  • ES ES
University of Salamanca
  • Who are we?
  • Group
    • Team
    • Laboratories
    • Blog
  • R&D+i
    • Research Lines
    • Projects
      • Internationals
      • Nationals
      • Companies
      • Regionals
      • Educational innovation
      • Thematic networks
    • Publications
      • Journals
      • Books
      • Book chapters
      • Conferences
    • Technology Transfer
      • Partners
      • Platforms
  • Training
    • Masters
      • Master in 3D Printing
      • Master in Blockchain and Smart Contracts
      • Master in Digital Animation
      • Master in Digital Transformation
      • Master in Internet Security
      • Master in Smart Cities & Intelligent Buildings
      • Máster in the Internet of Things
      • Recursos TIC en el proceso de Enseñanza-Aprendizaje
    • Experts
      • Expert in 3D Printing
      • Expert in Blockchain and Smart Contracts
      • Expert in Digital Animation
      • Expert in Digital Transformation
      • Expert in Internet Security
      • Expert in Smart Cities & Intelligent Buildings
      • Expert in the Internet of Things
      • Experto en Gestión Laboral
      • Experto en Pericia Documental
    • MOOCs e4YOU
    • Campus-BISITE
  • Conferences
  • BISITE
  • Research
  • Research lines

Cybersecurity

  • Research lines
  • Projects
    • Internationals
    • Nationals
    • Regionals
    • Companies
    • Educational innovation
    • Thematic networks
  • Publications
    • Journals
    • Books
    • Book chapters
    • Conferences
  • Intelectual Property Rights
  • Information

In the field of security, BISITE group has conduced developments focusing on the problem of SPAM mail and relational database security against SQL injections. The group has also developed data security jobs in Cloud Computing environments, as well as secure communication services that are offered as a service.

Firstly, BISITE is currently developing an architecture based on specialized agents for the capture and classification of SOAP message employed in the process of communicating with web services in distributed environments. Besides, a Cloud Computing architecture based on intelligent agents was developed; it has the ability to offer electronic mail and Internet browsing services and to send photographs securely.

The technologies applied in the research field are focused on the area of Artificial Intelligence combined with traditional approaches.



  • Technologies

    • Technologies

      The case-based reasoining (CBR) is a paradigm that is based on the idea that similar problems have similar solutions. It draws on past experiences to solve new problems. Thus, if in a past moment it decided to solve a problem using a certain solution and once the solution is applied it achieves a certain result. Then it seems logical that, if a new problem is presented with characteristics similar to that previously solved in the past, it resorts to the acquired experience to give a solution. The acting model of the CBR system is known for the life cycle of the CBR system.

    • Technologies

      BISITE has conducted research in the field of security, focused on the problem of SPAM mail and relational databases security against SQL injections. Finally, within the group, BISITE is currently developing an architecture based on specialized agents for capture and classification of SOAP message employed in the process of communicating with web services in distributed environments. SOAP messages can be used to launch service denial attacks (DoS) and cause a blockage of the services and resources available to authorized users. The technologies applied in the research field are focused on the area of Artificial Intelligence combined with traditional approaches.

    • Technologies

      One of the most representative fields in the study and development of systems of BISITE, is research on agent technology. It is a fact that the use of agents and multiagent systems for application development in dynamic and flexible environments is growing. In general, agents are being used in a variety of applications because they offer substantial advantages, including the naturalness of the model to conceptualize different types of software. Similarly, multi-agent systems represent a new way of analyzing, designing and implementing complex software systems. A multiagent system consists of several different autonomous agents interacting to achieve the desired function. Each agent performs a series of tasks and communicates with other agents to exchange information or demand a service. Both the agents and multiagent systems research fields are currently in full development, which are increasingly spending more resources.

Follow us


Links of interest

Contact

  • Edificio Multiusos I+D+i:
    Calle Espejo s/n, 37007, Salamanca, Spain

     

  • Phone: (+34) 923 294 400 ext. 1525
  • Fax: (+34) 923 294 514
  • Email: bisite@usal.es

Bisite Research Group

© Copyright 2022 | BISITE Research Group

  • Sitemap
  • Graphic Identity
If you continue browsing this website, you agree to our policies.
I agree to the site policies and terms of use
View policies